Climate change exacerbates the vulnerability of water resources, and water-energy-carbon
nexus makes water management more complicated. This paper attempts to explore the …

Frequent flooding can greatly jeopardize local people's lives, properties, agriculture,
economy, etc. The Swat River Basin (SRB), in the eastern Hindukush region of Pakistan, is a …

Recent evidence of regional climate change impacts on hydrological cycle directed us to
study the floods in a high elevated and rapidly urbanized river basin, the Kabul River basin …

Abstract Study region The Yellow River Basin (YRB) in China. Study focus The water
resources supply-demand imbalance hinders sustainable socioeconomic development …

The optimal allocation of water resources is a critical means of resolving the supply–demand
paradox. To optimize the allocation of regional water resources, an Interval Numeral …

Water resources scarcity and competition among stakeholders in water allocation always
highlights the optimal operation of water resources. This research examines the operation of …

Increasing water demand aggravates water scarcity in water-scarce regions (eg, India,
Pakistan, and China), where uneven precipitation increases the risk of maintaining …

The traditional optimal allocation of water resources mostly focuses on the allocation of
different water supply sources to various types of water users in life, production, and …

Water pollutant emission permits (WPEPs) allocation is a competing limited consumption
resource designed to address the issue of reconciling water pollution with economic …

Multiple subsystems such as water, food, land, carbon, ecology, and nutrition are closely
intertwined, and the resulting complexity and uncertainty pose challenges to water resource …